void Set_Parent_Script(Static_Track_Parent_CS parentScript)
{
// Set the values.
parentScript.Length = Collider_InfoProp.boundsValue.size.z;
parentScript.Stored_Body_Mass = thisTransform.GetComponentInParent <Rigidbody>().mass + (Track_MassProp.floatValue * thisTransform.childCount); // To increase the MainBody's mass later.
// Store the roadwheels information.
Create_RoadWheel_CS[] createRoadWheelScripts = thisTransform.parent.GetComponentsInChildren <Create_RoadWheel_CS>();
RoadWheelsProp[] roadWheelsPropArray = new RoadWheelsProp [createRoadWheelScripts.Length];
for (int i = 0; i < createRoadWheelScripts.Length; i++)
{
// Call "Create_RoadWheel_CS" to get the roadwheels information, such as the wheel radius and the arm angle.
roadWheelsPropArray [i] = createRoadWheelScripts [i].Get_Current_Angles();
roadWheelsPropArray[i].baseRadius += Collider_InfoProp.boundsValue.size.y; // Add the hight of the piece.
}
parentScript.RoadWheelsProp_Array = roadWheelsPropArray;
}
public RoadWheelsProp Get_Current_Angles()
{ // Called from "Create_TrackBelt_CSEditor" while converting the 'Physics Track' into 'Static Track'.
RoadWheelsProp currentProp = new RoadWheelsProp();
currentProp.parentName = gameObject.name;
currentProp.baseRadius = Wheel_Radius;
currentProp.angles = new float[Num];
for (int i = 0; i < Num; i++)
{
Transform susTransform = transform.Find("Suspension_L_" + (i + 1));
if (susTransform)
{
float currentAngle = susTransform.localEulerAngles.y;
currentAngle = Mathf.DeltaAngle(0.0f, currentAngle);
currentProp.angles[i] = currentAngle;
}
}
return(currentProp);
}
